CORE PARAMETERS
Ozone Concentration:
≈2.07ppm
Negative ion concentration:
≥ 5 million/cm³
What microorganisms live in your closet?
A variety of microorganisms may be present in a wardrobe, which may come from clothing, dust, moisture, or the materials of the wardrobe itself. Here are some types of microorganisms that may be present in your closet:
Mites
This is one of the most common microorganisms found in closets. Mold grows quickly in moist, poorly ventilated environments and can cause clothing to become moldy. Common molds include Aspergillus niger, Penicillium, etc., which not only affect the appearance and quality of clothing, but may also release spores that spread through the air, posing potential threats to human health.
Mold
Bacteria in your closet can come from clothing, dust, or human contact. Some common bacteria, such as Staphylococcus aureus, E. coli, etc., may survive and multiply in the wardrobe. These bacteria can cause skin infections, respiratory problems, or other health problems.
Bacteria
Dust mites (a type of mite) are a common allergen that feed on human dander and can be found in large numbers in your closet, especially on older clothing. Dust mite excrement and corpses are also important allergens, which may trigger allergic reactions such as asthma and rhinitis.
Fungi
In addition to mold, other types of fungi may be present in your closet. These fungi may enter the closet through airborne spread or by clinging to clothing. Certain fungi can cause skin infections, respiratory problems, or other health problems, especially in people with weakened immune systems.
Main Features
MAIN FEATURES OF WARDROBE DISINFECTION
Deodorize
Ozone has strong oxidizing properties and can effectively decompose odors in the wardrobe, such as musty, damp, etc., making the air inside the wardrobe fresher.
MAIN FEATURES OF WARDROBE DISINFECTION
Sterilize
Ozone can destroy the cell structure of bacteria, viruses and other microorganisms, thereby achieving a sterilization effect. This helps reduce bacterial growth in the wardrobe and protects clothing from bacterial contamination.
MAIN FEATURES OF WARDROBE DISINFECTION
Anti-mildew
Ozone can inhibit the growth of mold and prevent clothing from becoming moldy.
MAIN FEATURES OF WARDROBE DISINFECTION
Extend the life of clothing
If the clothes in the wardrobe are exposed to moisture, odor, etc. for a long time, it will easily lead to problems such as yellowing and deterioration of the clothes. Using ozone to disinfect wardrobes can effectively remove odors, sterilize and disinfect, thereby extending the service life of clothes.
MAIN FEATURES OF WARDROBE DISINFECTION
kill mites
Ozone can react with the unsaturated fatty acids in the mites, causing lipid peroxidation, which in turn causes protein denaturation and ultimately leads to the death of the mites. At the same time, ozone can also interfere with the enzymatic reactions in the mites, further enhancing the mite killing effect.
MAIN FEATURES OF WARDROBE DISINFECTION
Purifying air
Negative ions can absorb dust, pollen and other particles in the air, making the air in the closet cleaner.
MAIN FEATURES OF WARDROBE DISINFECTION
Eliminate static electricity
Negative ions help eliminate static electricity on clothes and reduce dust sticking to clothes.
What microorganisms are found in cars?
A variety of microorganisms may be present in a wardrobe, which may come from clothing, dust, moisture, or the materials of the wardrobe itself. Here are some types of microorganisms that may be present in your closet:
Bacteria
Viruses
Fungus
Various fungi that may be present on car carpets, seats and upholstery: These fungi not only affect the air quality in the car, but may also trigger allergic reactions.
Other microorganisms
Main Features
MAIN FEATURES OF CAR DISINFECTION
Deodorize
Ozone can also decompose odors inside the car, such as tobacco smell, food residue smell, etc., making the air in the car fresher.
MAIN FEATURES OF CAR DISINFECTION
Sterilize
The ultra-high negative ion concentration can adsorb and settle suspended particles in the car, such as dust, smoke, etc., improving the air quality in the car.
MAIN FEATURES OF CAR DISINFECTION
Improve air quality
If the clothes in the wardrobe are exposed to moisture, odor, etc. for a long time, it will easily lead to problems such as yellowing and deterioration of the clothes. Using ozone to disinfect wardrobes can effectively remove odors, sterilize and disinfect, thereby extending the service life of clothes.
MAIN FEATURES OF CAR DISINFECTION
Refreshing
The ultra-high negative ion concentration helps improve the body’s respiratory and nervous system functions, making drivers and passengers feel more comfortable and awake.
FAQ
Mainly used for wardrobes, wardrobe storage boxes, cars
Input voltage: DC 5V/1A
Working temperature: -10℃~60℃ (35%~85%)
Ozone concentration: ≈2.07ppm
Negative ion concentration: ≥5 million/cm3
Dimensions: 79X113X29mm
1. People need to stay away during disinfection to avoid direct inhalation of ozone
2. After disinfection is completed, you need to wait 30 minutes before entering the room or car.
3. After the car is disinfected, please do not leave the product in the car.
4. Do not place the product where children can easily access it.
5. Maintain the product regularly to prevent the ventilation holes from being blocked and affecting the disinfection effect.
6. The product is not waterproof, avoid water ingress.
1. Press and hold the button for 3 seconds to power on/off
2. Short press the button to switch the disinfection time, select the time, and start disinfection after 30 seconds.
3. Disinfection frequency: once a week is recommended
4. Recommended disinfection time
Wardrobe storage box: 15 minutes / Wardrobe: 30 minutes / Car: 30 minutes
The standard for negative ion concentration can vary depending on different organizations or institutions. The World Health Organization stipulates that the standard concentration of negative ions in fresh air should be greater than 1500 ions/cm³. In China, although there is no unified standard for evaluating air quality based on negative oxygen ion concentration, the domestic academic community divides the air into six grades according to the concentration of negative oxygen ions in the air. Among them, the air with very fresh negative ions has a concentration greater than 2000 ions/cm³, the air with relatively fresh negative ions has a concentration between 1500~2000 ions/cm³, and the air with fresh negative ions has a concentration between 1000~1500 ions/cm³.
In addition, according to international standards, the concentration of negative ions in the air should be between 500 and 1000 per cubic centimeter, which is the most suitable range of negative ion concentration. When the concentration is lower than 500, the harmful substances in the air will increase, which is harmful to human health; when the concentration is higher than 1000, it may cause discomfort to the human body.
In summary, the standard for negative ion concentration is not fixed, but varies depending on different evaluation standards and environmental needs. Therefore, in practical applications, it is necessary to select appropriate standards for evaluation and comparison based on specific situations. At the same time, people can increase the concentration of negative ions in the air by using negative ion generators, negative ion air purifiers, adding plants, opening windows for ventilation, and other methods, thereby improving air quality and promoting human health.
Negative ions have numerous benefits for humans. Firstly, they can purify the air by removing dust, smoke, and other harmful substances. Secondly, negative ions can help improve respiratory function, increase oxygen content in the blood, and promote metabolism. Furthermore, negative ions can relieve stress, improve sleep quality, and enhance immunity.
Negative ions are often produced through natural phenomena in the atmosphere, such as thunder and lightning, waterfalls, and ocean waves. Additionally, negative ions can also be generated through artificial devices and technologies, such as negative ion generators.
Negative ions refer to ions with one or more negative charges, also known as “anions.” Negative ions can not only promote the synthesis and storage of vitamins in the human body but also strengthen and activate physiological activities, hence they are known as “air vitamins.”
The safe standard for ozone concentration varies between different countries and organizations. For example, the International Ozone Association and the United States standard is 0.1 ppm, which is also the standard in Germany, France, and Japan. In China, the standard is 0.15 ppm. The allowable ozone concentration for human exposure is generally not more than 0.2 mg/m3. Additionally, the Ministry of Health stipulates that the maximum allowable ozone concentration standard is 0.2 mg/m3. Lower concentrations are required for air deodorization and sterilization, while higher concentrations are required for surface disinfection.
Ozone is an allotrope of oxygen with the chemical formula O3 and a molecular weight of 48.00. At room temperature, ozone is a pale blue gas with a characteristic odor similar to that of fish. In its liquid state, it is dark blue, and in its solid state, it is purple-black. Its odor becomes similar to chlorine when the concentration is high. Ozone is extremely unstable and decomposes rapidly after production.
Ozone is typically produced through high-voltage ionization (or electrolysis, chemical, or photochemical reactions). In this process, some of the oxygen in the air is dissociated into oxygen atoms, which then recombine with oxygen molecules to form ozone. Devices that produce ozone are called ozone generators, and they mainly include high-voltage discharge, electrolysis, and ultraviolet irradiation types.
Ozone has various functions. Firstly, it has strong oxidizing properties and can be used for bleaching, deodorizing, purifying air, and disinfection and sterilization. Ozone can kill bacteria, fungi, viruses, and other microorganisms in the air, so it is often used for air disinfection in hospitals, laboratories, and other places. Additionally, ozone can oxidize harmful substances in the air, such as formaldehyde and benzene, thus purifying the air. In chemical production, ozone can be used as an oxidant, replacing many catalytic oxidants or high-temperature oxidants, thereby simplifying the production process and improving productivity. Liquid ozone can also be used as an oxidant for rocket fuel. Moreover, ozone has certain effects on promoting blood circulation and relieving pain, which can be used as adjuvant therapy for certain diseases.
Excessive ozone concentration can have harmful effects on the human body. Inhaling too much ozone can irritate and damage the respiratory tract, causing throat irritation, chest tightness, coughing, and even leading to bronchitis and emphysema. Ozone can also cause neurotoxicity, resulting in symptoms such as headache, vision loss, and memory decline. Additionally, ozone can destroy vitamin E in the skin, causing wrinkles, dark spots, and potentially damaging the immune system, accelerating aging. Pregnant women exposed to high concentrations of ozone may also increase the risk of giving birth to deformed children.
When using ozone products, the following points should be noted:
-Protect personal safety: Ozone is toxic, so it is necessary to wear protective equipment such as gloves, masks, and goggles.
-Control concentration and time: The concentration of ozone and the duration of disinfection are key factors determining the disinfection effect. It is necessary to follow the product instructions or professional advice when operating.
-Determine the disinfection target: Different disinfection targets require different ozone concentrations and disinfection times.
-Prevent ozone leakage: Ensure the sealing of disinfection equipment, pipelines, and interfaces to prevent ozone leakage. Ventilation or the use of professional ozone degrading agents can be used to degrade ozone.
